Sentence examples for soil age from inspiring English sources

Lambers, H., Raven, J. A., Shaver, G. R. & Smith, S. E. Plant nutrient-acquisition strategies change with soil age.

A first database of carbonate leaching and its relationship to soil age is presented.

The predominant oxidation state of the S fraction changed from reduced to oxidized with soil age during the Holocene.

Indeed, the dominant mineralogy of the clay-size particles in soils is itself a reliable indicator of soil age.

The leached depth of the soil, the carbonate content and the soil density profile are sensitive to soil age.

In addition, the growth of the S pool with soil age was linearly proportional to the growth of pedogenic mineral pools.

By exposing Ag nanoparticles to soil solution extracted from the upper soil horizon of a floodplain soil, the mobility of the resulting "soil-aged" Ag nanoparticles was investigated and compared with the mobility of citrate-coated Ag nanoparticles as investigated in an earlier study.

Theoretical soil formation rates are also compared with published rates predicted using soil age-profile thickness (SAST) method.

Conversely, in soil aged for 180 d, Scots pine increased mineralisation, and bioavailability of naphthalene.

Soil ages were estimated based on iron crystallinity (Fed Feo)/Fet.

The soil ages were estimated to be around 440 ky based on the proposed soil accumulation mechanism.